60%

binaural microphone classic-rock with A3

Share On:

Original price was: $174.24.Current price is: $104.54.

Meta:
Polar Pattern : Omnidirectional
Item Weight : 0,3
MPN : OKM classic-rock
Transducer Type : Condenser
Maximum SPL : 131
Design : in ear microphone
Manufacturer Warranty : 4 Years
Connectivity : Wired - 3.5 mm
Brand : Soundman
Color : Black
Diaphragm Size : Small
Non-Domestic Product : Yes
Country/Region of Manufacture : Germany
gtin13 : Does not apply
Instrument : rock live events
UPC : Does not apply
Form Factor : Condenser Microphone
Applicable Regions : Germany
Model : OKM classic-rock incl. A3
Suitable For : Live Performance

OKM II classic-rock incl. A3 adapter. The rock version is made for higher sound pressure. This OKM version you can record up to 131 dB. Nevertheless you should record in the middle of the audience. By positioning the microphones in the ears, recordings are possible which correspond to the subjective perception of sound by the user and, during replay, especially via headphones, give a startling impression of three-dimensional space. The microphones are embedded in audio permeable foams, making it possible to enjoy the music undisturbed while recording it. All Soundman OKM microphones are in-ear-microphones. The OKM II rock-classic version will record higher sound pressure like Rock live-events a.s.o. For higher sound pressure you should alway use the A3 Adapter. Adapter A3 The OKM condenser microphone need DC powering which can be provided either by microphone jack of accordingly equipped recording devices or by the Adapter A3. The A3 will yield the best results when used on LINE inputs, with its automatic level adaption, high microphones supply voltage and very low noise floor. The A3 offers a significant increase in dynamic range compared to conventional direct connection of the OKM to the microphone jack. The A3 will be a very good solution for your portable recorder. Technical data of OKM II classic-rock Frequency range 2o Hz – 2o kHz S/N ratio approx. 74 dB Sensitivity 150 mV/PA max. SPL 131 dB